I. Syed sadiq Nawaz, B. Musthafa, S. A. Srinivasan, M.A. Asokan
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引用次数: 0
Abstract
In recent years, ethanol has emerged as a popular additive for biodiesel/diesel blends, to decrease the carbon footprint left by combustion products. Nanoparticles added with biodiesel/diesel have promoted greater ignition and combustion rate, lower ignition delay, and reduced exhaust emissions. This study evaluated the filter performance of prosopis juliflora biodiesel and bioethanol mixed with diesel with selected nano particles, namely graphene(G) and graphene oxide(GO) nanoparticles. Different nano additive proportions of 50, 100, 150, 200, 250, and 300 ppm were blended in diesel blends of BED20 (10% biodiesel + 10% ethanol + 80% diesel) and the filtration characteristics of these fuel blends were evaluated to determine the best nanoparticle mixture. Tamson filter blocking tendency (TFBT) apparatus was utilized to determine filter blocking tendency (FBT). The filtration performance was measured by following the ASTM standard (D2068-14) for initial pressure, fuel temperature and fuel flow rate. Results found that the FBT tends to rise with the addition of additive proportion. It was seen that FBT values of 200 ppm of grapheme (G) nanoparticles and 250 ppm graphene oxide (GO) were found to be 1.32 and 1.4 respectively which inline the acceptable range (1.41).
期刊介绍：
The journal publishes theoretical and applied articles on the chemistry and physics of solid fuels and carbonaceous materials. It addresses the composition, structure, and properties of solid fuels. The aim of the published articles is to demonstrate how novel discoveries, developments, and theories may be used in improved analysis and design of new types of fuels, chemicals, and by-products. The journal is particularly concerned with technological aspects of various chemical conversion processes and includes papers related to geochemistry, petrology and systematization of fossil fuels, their beneficiation and preparation for processing, the processes themselves, and the ultimate recovery of the liquid or gaseous end products.
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